12 月 ETH 价格预测 · 发帖挑战 📈
12 月降息预期升温,ETH 热点回暖,借此窗口期发起行情预测互动!
欢迎 Gate 社区用户 —— 判趋势 · 猜行情 · 赢奖励 💰
奖励 🎁:预测命中的用户中抽取 5 位,每位 10 USDT
时间 📅:预测截止 12 月 11 日 12:00(UTC+8)
参与方式 ✍️:
在 Gate 广场发布 ETH 行情预测帖,写明价格区间(如 $3,200–$3,400,区间需<$200),并添加话题 #ETH12月行情预测
发帖示例 👇
示例①:
#ETH12月行情预测
预测区间:$3,150-$3,250
行情偏震荡上行,若降息如期落地 + ETF 情绪配合,冲击前高可期 🚀
示例②:
#ETH12月行情预测
预测区间:$3,300-$3,480
资金回流 + L2 降费利好中期趋势,向上试探 $3,400 的概率更高 📊
评选规则 📍
以 12 月 11 日 12:00(UTC+8)ETH 实时价格为参考
价格落入预测区间 → 视为命中
若命中人数>5 → 从命中者中随机抽取 5 位 🏆
Ethereum co-founder Vitalik Buterin falls victim to SIM-swap attack
In an era where digital security has become paramount, the recent breach experienced by Ethereum co-founder Vitalik Buterin serves as a stark reminder of the lurking vulnerabilities. Buterin confirmed that his Twitter account, a platform with millions of users and significant influence, was compromised due to a SIM-swap attack. This incident underscores the risks associated with mobile-based security measures and emphasizes the need for heightened awareness and proactive measures, especially in sectors like cryptocurrency and social media platforms.
The intricacies of the SIM-swap attack
A SIM-swap, or sim jacking, is a malicious technique where hackers manipulate telecom providers to gain control over a victim’s mobile phone number. Once they control the number, these cybercriminals can bypass two-factor authentication (2FA) measures, granting them access to many personal accounts ranging from social media to banking and cryptocurrency wallets.
Buterin’s experience with this attack method was particularly alarming. Speaking on the decentralized social media network Farcaster on September 12, he detailed how the attacker managed to engineer T-Mobile socially, leading to the unauthorized takeover of his phone number. He stated, “Yes, it was a SIM swap, meaning that someone socially engineered T-Mobile itself to take over my phone number.”
This breach had severe consequences. On September 9, the hacker, having gained control over Buterin’s Twitter account, posted a deceptive NFT giveaway. Unsuspecting users were lured into clicking a malicious link, ultimately leading to a collective loss of over $691,000.
The aftermath and lessons learned
Buterin’s ordeal with the SIM swap attack highlighted some critical security insights. He emphasized the potential risks associated with linking phone numbers to online platforms, especially when they aren’t used as a part of the 2FA process. “A phone number is sufficient to password reset a Twitter account even if not used as 2FA,” Buterin warned. He further advised users to consider removing their phone numbers from platforms like Twitter, admitting, “I had seen the ‘phone numbers are insecure, don’t authenticate with them’ advice before, but did not realize this.”
Following the incident, Ethereum developer Tim Beiko echoed Buterin’s sentiments, strongly advocating removing phone numbers from Twitter accounts. He also emphasized the importance of enabling 2FA. Addressing platform owner Elon Musk, Beiko suggested, “Seems like a no-brainer to have this default on, or to default turn it on when an account reaches, say, >10k followers.”
T-Mobile’s troubled history with SIM-swap attacks
This isn’t the first instance of T-Mobile being entangled in controversies related to SIM-swap attacks. The telecom giant has faced legal challenges due to similar security breaches. In 2020, T-Mobile was embroiled in a lawsuit for allegedly facilitating the theft of a staggering $8.7 million cryptocurrency through a series of SIM-swap attacks. The troubles didn’t end there. In February 2021, another lawsuit was filed against the company when a customer lost $450,000 in Bitcoin again due to a SIM-swap attack.
Conclusion
These incidents serve as a stark reminder of the evolving nature of cyber threats and the importance of robust security measures. As technology continues to advance, so do the methods employed by cybercriminals. It’s imperative for individuals and corporations alike to stay informed and vigilant, ensuring that their digital assets and personal information remain secure.